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ELEPHANT BUTTE RESERVOIR 1980 Sedimentation Survey

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ELEPHANT BUTTE RESERVOIR 1980 Sedimentation Survey ELEPHANT BUTTE RESERVOIR 1980 Sedimentation Survey U. S. Department of the Interior Bureau of Reclamation As the Nation's principal conservation agency, the Department of the Interior has responsibility for most of our nationally owned public lands and natural resources. This includes fostering the wisest use of our land and water resources, protecting our fish and wildlife, preserv- ing the environmental and cultural values of our national parks and historical places, and providing for the enjoyment of life through out- door recreation. The Department assesses our energy and mineral resources and works to assure that their development is in the best interests of all our people. The Department also has a major respon- sibility for American Indian reservation communities and for people who live in Island Territories under U.S. Administration. The information contained in this report regarding commercial prod- ucts or firms may not be used for advertising or promotional purposes and is not to be construed as an endorsement of any product or firm by the Bureau of Reclamation. The information contained in this report was developed for the Bureau of Reclamation; no warranty as to the accuracy, usefulness, or com- pleteness is expressed or implied. ELEPHANT BUTTE RESERVOIR 1980 SEDIMENTATION SURVEY by Joe M. Lara DIVISION OF PLANNING TECHNICAL SERVICES HYDROLOGY BRANCH SEDIMENTATION AND RIVER HYDRAULICS SECTION ENGINEERING AND RESEARCH CENTER DENVER, COLORADO July 1983 ACKNOWLEDGEMENTS The Bureau of Reclamation prepared and published this report. The hydro- graphic survey was done by dames 0. Blanton, Hydraulic Engineer, Engineering and Research Center, Bureau of Reclamation, Denver, Colorado. Personnel of the Rio Grande Project Office, El Paso, Texas, the Pecos River/Brantley Projects Office, Carlsbad, New Mexico, and the Power and Storage Division Office, Truth or Consequences, New Mexico, completed the land survey and assisted in the hydrographic survey. Robert I. Strand, Head, Sedimentation and River Hydraulics Section, Engineering and Research Center, consulted in the sediment engineering computations. CONTENTS Page Introduction ........................... 1 Summary and conclusions ...................... 2 Description of basin ....................... 2 Surveys and equipment ....................... 3 Surveying methods ....................... 3 Reservoir sediment distribution .................. 4 Longitudinal distribution ................... 4 Lateral distribution ...................... 5 Sediment analyses ......................... 6 Sediment accumulation ..................... 6 Reservoir sedimentation survey ................. 6 Reservoir area and capacity .................... 6 Bibliography ........................... 8 TABLES r _L 1 - 1 Summary of 1980 survey results and sediment distribution computations ................ 9 2 Reservoir sediment data summary .............. 10 FIGURES Figure 1 General plan and sections of dam and spillway ....... 14 2 Elephant Butte Reservoir inflows ............. 15 3 Inflow duration curve for monthly inflow discharges . 22 4 Elephant Butte Reservoir outflows ............. 23 5 End of month Elephant Butte Reservoir elevations ..... 30 6 Layout of reservoir sedimentation ranges ......... 37 7 Depth recorder interfaced with automated positioning system ................... 42 8 Fixed shore station .................... 42 9 Sounding boat for hydrographic survey ........... 43 10 Longitudinal profiles ................... 44 FIGURES - Continued Figure Page 11 Percent depth-percent distance relationship for Rio Grande above Elephant Butte Dam ........... 45 12 Elephant Butt e Reservoir de pth-capacity rel ation ..... 46 13 Sediment distribution curve s - Elephant Butte Rese rvoir . 47 14 Stage-duratio n curve for end-of-month eleva tions ..... 48 15 1915 and 1980 sedimentation range profiles - Range 90 . 49 16 1915 and 1980 sedimentation range profiles - Range 89 . 50 17 1915 and 1980 sedimentation range profiles - Range 88 . 51 18 1915 and 1980 sedimentation range profiles - Range 87 . 52 19 1915 and 1980 sedimentation range profiles - Range 86 . 53 20 1915 and 1980 sedimentation range profiles - Range 85 . 54 21 1915 and 1980 sedimentation range profiles - Range 84 . 55 22 1915 and 1980 sedimentation range profiles - Range 83 . 56 23 1915 and 1980 sedimentation range profiles - Range 82 . 57 24 1915 and 1980 sedimentation range profiles - Range 81 . 58 25 1915 and 1980 sedimentation range profiles - Range 80 . 59 26 1915 and 1980 sedimentation range profiles - Range 79 . 60 27 1915 and 1980 sedimentation range profiles - Range 78 . 61 28 1915 and 1980 sedimentation range profiles - Range 77 . 62 29 1915 and 1980 sedimentation range profiles - Range 76 . 63 30 1915 and 1980 sedimentation range profiles - Range 75 . 64 31 1915 and 1980 sedimentation range profiles - Range 74 . 65 32 1915 and 1980 sedimentation range profiles - Range 73 . 66 33 1915 and 1980 sedimentation range profiles - Range 72 . 67 34 1915 and 1980 sedimentation range profiles - Range 71 . 68 35 1915 and 1980 sedimentation range profiles - Range 70 . 69 36 1915 and 1980 sedimentation range profiles - Range 69 . 70 37 1915 and 1980 sedimentation range profiles - Range 68 . 71 38 1915 and 1980 sedimentation range profiles - Range 67 . 72 39 1915 and 1980 sedimentation range profiles - Range 66 . 73 40 1915 and 1980 sedimentation range profiles - Range 65 . 74 41 1915 and 1980 sedimentation range profiles - Range 64 . 75 42 1915 and 1980 sedimentation range profiles - Range 63 . 76 43 1915 and 1980 sedimentation range profiles - Range 62 . 77 44 1915 and 1980 sedimentation range profiles - Range 61 . 78 45 1915 and 1980 sedimentation range profiles - Range 60 . 79 46 1915 and 1980 sedimentation range profiles - Range 59 . 80 47 1915 and 1980 sedimentation range profiles - Range 58 . 81 48 1915 and 1980 sedimentation range profiles - Range 57 . 82 49 1915 and 1980 sedimentation range profiles - Range 55 . 83 50 1915 and 1980 sedimentation range profiles - Range 54 . 84 51 1915 and 1980 sedimentation range profiles - Range 53 . 85 52 1915 and 1980 sedimentation range profiles - Range 52 . 86 53 1915 and 1980 sedimentation range profiles - Range 51 87 54 1915 and 1980 sedimentation range profiles - Range 50 . 88 55 1915 and 1980 sedimentation range profiles - Range 49 . 89 11 FIGURES - Continued Figure Page 56 1915 and 1980 sedimentation range profiles - Range 48 90 57 1915 and 1980 sedimentation range profiles - Range 47 91 58 1915 and 1980 sedimentation range profiles - Range 46 92 59 1915 and 1980 sedimentation range profiles - Range 40 93 60 1915 and 1980 sedimentation range profiles - Range 39 94 61 1915 and 1980 sedimentation range profiles - Range 38 95 62 1915 and 1980 sedimentation range profiles - Range 37 96 63 1915 and 1980 sedimentation range profiles - Range 36 97 64 1915 and 1980 sedimentation range profiles - Range 35 98 65 1915 and 1980 sedimentation range profiles - Range 34 99 66 1915 and 1980 sedimentation range profiles - Range 33 100 67 1915 and 1980 sedimentation range profiles - Range 32 101 68 1915 and 1980 sedimentation range profiles - Range 31 102 69 1915 and 1980 sedimentation range profiles - Range 30 103 70 1915 and 1980 sedimentation range profiles - Range 29 104 71 1915 and 1980 sedimentation range profiles - Range 28 105 72 1915 and 1980 sedimentation range profiles - Range 27 106 73 1915 and 1980 sedimentation range profiles - Range 26 107 74 1915 and 1980 sedimentation range profiles - Range 25 108 75 1915 and 1980 sedimentation range profiles - Range 24 109 76 1915 and 1980 sedimentation range profiles - Range 22 110 77 1915 and 1980 sedimentation range profiles - Range 21 111 78 1915 and 1980 sedimentation range profiles - Range 20 112 79 1915 and 1980 sedimentation range profiles - Range 19 113 80 1915 and 1980 sedimentation range profiles - Range 18 114 81 1915 and 1980 sedimentation range profiles - Range 17 115 82 1915 and 1980 sedimentation range profiles - Range 16 116 83 1915 and 1980 sedimentation range profiles - Range 15 117 84 1915 and 1980 sedimentation range profiles - Range 14 118 85 1915 and 1980 sedimentation range profiles - Range 13 119 86 1915 and 1980 sedimentation range profiles - Range 12 120 87 1915 and 1980 sedimentation range profiles - Range 11 121 88 1915 and 1980 sedimentation range profiles - Range 10 122 89 1915 and 1980 sedimentation range profiles - Range 9 123 90 Area-capacity curves - Elephant Bu tte Reservoir ...... 124 iii INTRODUCTION Elephant Butte Dam (originally called Engle Dam) was one of the first major structures built by the Reclamation Service (now the Bureau of Reclamation) after its formation in 1902. Construction of the dam began in 1908, but progress was delayed when difficulty was encountered in obtaining reservoir land. Construction of the dam resumed in 1912 and was completed in 1916, although water storage operations began in January 1915. Located about 125 miles north of El Paso, Texas, on the Rio Grande, the dam is part of the multipurpose Rio Grande Project that controls floods, generates power, and stores and delivers irrigation water. The dam is a 301-foot-high concrete gravity structure that is 1,674 feet long and impounds 2,110,298 acre-feet of water. The spillway is an uncontrolled concrete ogee weir structure. A spillway channel below the dam was added in 1921 and modified in 1947. Service outlet deflectors were added in 1944. The general plan and sections of the dam and spillway are shown in figure 1 1/. In 1915, the surface area
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